BioTapestry

BioTapestry models and visualizes genetic regulatory networks (GRNs) to construct, simulate, and analyze temporal and spatial gene regulation dynamics.

Key Features:

• Large-scale model support: Handles large-scale GRN models with clarity and consistency for complex network structures.
• GRN construction: Enables stepwise construction of genetic regulatory network models representing regulatory interactions between genes.
• Network visualization: Produces representations of network structure that reveal intricate regulatory mechanisms.
• Dynamic simulation: Simulates temporal and spatial dynamics of gene regulation to explore how networks evolve over time.
• Developmental network modeling: Supports modeling of developmental gene regulatory networks with spatial and temporal distribution.
• Regulatory interaction analysis: Simulates and analyzes how genes regulate each other within a network context to predict outcomes under different inputs.
• Complexity management: Manages increasing network complexity across temporal and spatial scales.

Scientific Applications:

• Developmental biology: Modeling developmental GRNs to study spatiotemporal gene regulation during organismal development.
• Systems biology: Analyzing network behavior and dynamics within systems biology frameworks.
• Gene regulation dynamics: Investigating temporal and spatial aspects of gene regulation and network evolution.
• Predictive modeling: Exploring hypothetical regulatory scenarios and predicting network outcomes based on different inputs.
• Genetics and bioinformatics research: Supporting geneticists and bioinformaticians in constructing and analyzing GRN models.

Methodology:

Construction of GRN models, generation of visual representations (including interactive representations), and simulation and analysis of temporal and spatial gene regulation dynamics.